Upload
buinga
View
215
Download
0
Embed Size (px)
Citation preview
Jadrová a vyraďovacia spoločnosť, a.s.
Nuclear Decommissioning in Slovakia
Launch of ELINDER ProgrammeDecember 2nd, 2016
Martin Macášek
• JAVYS - stablished in April 2006 JAVYS to safely operate and decommission A1 and V1 NPPs, as wellas to provide safe RAW management and disposal.
• 100 % Shareholder - Ministry of Economy of the Slovak Republic
• JAVYS performs activities in accordance with the governmental document „National Policy andNational Programme on Spent Nuclear Fuel and Radioactive Waste Management“
NPP V1
NPP A1
RAW Treatment and Conditioning FacilitiesRAW Treatment and
Conditioning FacilitiesFacility for Final Treatment and
Conditioning of Liquid RAW
National RAW RepositoryInterim Spent Fuel Storage
General overview
1. Decommissioning of A1 NPP
2. Decommissioning of V1 NPP
3. Radioactive waste management- characterization
• Design and implementation of RAW characterization system• Destructive analysis of RAW samples• Non-destructive inspection of RAW
- processing and treatment• Processing of liquid RAW• Treatment of liquid RAW by cementation• Processing of solid RAW• Treatment of solid RAW by cementation
- transport • Transport of solid or solidified RAW• Transport of new and filled fibre- concrete containers• Transport of institutional RAW and captured radioactive
materials
4. Production of fibre-concrete containers
5. Spent Nuclear Fuel management
6. Management of Institutional RAW and CRAM
Core activities and services provided by JAVYS, a.s.
MochovceNuclear installation Final processing of liquid RAW
National RAW Repository
TrnavaFibre- concrete container manufacturing plant
Jaslovské BohuniceNuclear installation RAW Processing and Treatment Technology
Bratislava Registered office of JAVYS
The mission of JAVYS, a.s. is to safely, reliably and effectively operate and decommission
nuclear facilities (decommissioning of A1 NPP
and V1 NPP), manage radioactive waste and spent
nuclear fuel, with a minimum impact on the environment.
General overview
Essential conditions for successful decommissioningprocess of nuclear facilities includes followinginfrastructures:
Regulatory Framework
Financing Sources
Management of Materials from Decommissioning
Site Operation Services
Personnel Infrastructure
Infrastructure required for Decommissioning
Regulatory Framework
International Agreements
(Main) Slovak legislation:
Act No. 541/2004 Coll., as amended (Atomic Act)
Act No. 24/2006 Coll., as amended (Act on EIA)
Act No. 355/2007 Coll., as amended
(Public Health Act)
Act No. 50/1976 Coll. as amended
(Construction Act)
Infrastructure required for Decommissioning
Financing Infrastructure
Slovak Nuclear Fund (since 1995)
The Bohunice International Decommissioning Support Fund
Council Regulation No. 1368/2013 on Union support for the nuclear decommissioning assistance programmes in Bulgaria and Slovakia
Nuclear Decommissioning Tax
JAVYS’ own resources
Infrastructure required for Decommissioning
Site Operation Services (SOS)Established Site Operation Services (SOS) remained in most part needed fordecommissioning processes. Main SOS are: Heating and cooling systems, water supply, electricity generation and supply Road&rail access with offloading facilities Sewage (non-/radioactive), potable water systems, other piping networks, office
space Support services (catering, public transport, etc.) Non-radioactive machine shops, workshops and general production facilities,
especially with large machinery, stocks of spare parts, consumables Maps, diagrams, drawings (land drains, active and inactive drains, roadways … ) Area protection system Spent Fuel transport and storage Others
Infrastructure required for Decommissioning
Personnel Infrastructure and Project Organisation
Each decommissioner’s organisation structure is specific to:
Country (overal set up of nuclear industry system, state system, politics,…) Factory (size, type of facility, private/public, shareholders’ expectations) History (after accident/incident, stakeholder requirements, general conditions prior
shut down) Company’s scope of activities (operator of one/multiple facilities, single or multiple
type of facilities, profit or non profit) Future strategy and system of work (company’s business plan) International obligations (special international liabilities and regimes, e.g. EU
funding) Human resources available in space and time (knowledge of decommissioning
aspects)
Infrastructure required for Decommissioning
Infrastructure required for Decommissioning
Employees' education levels:
University 316
High school 501
Grammar school 1
PhD. 6
MBA 1
Postgradual study in decommissioning of nuclear facilities (Slovak Technical University, Bratislava)
40
Postgradual study in public procurement(Univerzity Roma Tor Vergata)
1
FP LRW NRWR ISFS
A1 NPP V1 NPP RAW Processing and Treatment Tech.
Nuclear facilities
Reactor type : KS 150 (3 x 50 MW)Fuel : based on natural uraniumModerator : heavy waterCoolant : CO2
Working pressure : 6,5 MPaSteam generators : 6Turbines : 3
Start ofconstruction
200919961958 19771972 1979 1994
Start of operation
End of operation
Start ofdecommissioning
Decommissioning confirmed by Slovak Government
SE-VYZEnd of 1. stage
Nuclear Power Plant A1
Start of2. Stage ofDecommissioning
2009 2033
End of Decommissioning
1st stage Radiation Safety Status2nd stage Decommissioning of external active objects and
low contaminated parts of the Main ProductionUnit
3rd stage Continuation of decommissioning of Low contaminated parts of the Main Production Unit
4th stage Decommissioning of intermediatecontaminated parts of the Main Production Unit
5th stage Decommissioning of Highcontaminated parts of the Main Production Unit
Nuclear Power Plant A1
Continuous Decommissioning Process
Nuclear Power Plant A1 – 2. Stage of Decommissioning
Start ofconstruction
20082006200019991972 19801978 1992 1996
1st Unit Start-up
2nd Unit Start-upSmall REKO
GradualREKO
Decision of NPP V1
Shut-down
1st UnitShut-down
2nd UnitShut-down
REKO completion
2 x VVER 440-V230
Fuel: UO2 (2,5% U-235) Moderator: H2O Coolant: H2O Nr. Of Units: 2steamgenerators: 6 x 2 turbines: 2 x 2
Nuclear Power Plant V1
2011
1st stage
2015
2nd stage
2025
End
Current stage
(11/2016)
Status as of 30th November 2016
50 projectsFinalized projects
12 projectsProjects under implementation
6 projectsProjects before or under procurement
7 projectsProjects before granting
Nuclear Power Plant V1 – Progress in Decommissioning
(as of 31st August 2016)
Nuclear Power Plant V1 – Progress in Decommissioning
Key Performance Indicator
1st half
of year
2016
Key Performance Indicator 1 / Overall Schedule Performance Index 0.954
Cumulative Overall Schedule Performance Index (COSPI 06/2016) 0.901
Key Performance Indicator 2 / Overall Waste Conditioning
Performance Index0.888
Key Performance Indicator 3 / Overall Cost performance index for
contracted projects1
Cumulative Overall Cost Performance Index (COCPI 06/2016) 1
Key Performance Indicator 4 / Excess of the 'Maximum Individual Dose' fulfilled
Actual values converge closely to target value ”1”
= fulfillment of targets in timely and cost effective manner
Key Performance Indicators
Source: ”Monitoring Report – Bohunice Programme, Evaluation Period 01 – 06/2016”
Dismantling of insulation in Turbine Hall
Dismantling of Insulation in the Turbine Hall
Dismantling of insulation in Turbine Hall
Dismantling of the Tech. Equipment in Turbine Hall
Dismantling of the Tech. Equipment in Turbine Hall
Dismantling of the Tech. Equipment in Turbine Hall
NPP decommissioningmaterial
Free Environment
National Repository for RAW
Contaminated material
Interim
StorageGeological
Repository
Decommissioning Material Flow
Waste management
Municipal dumping
ground
Waste flow depending of limits for release into environment, for materials, limits and conditions for storage in surface storage, acceptance limits and parameters for individual decommissioning technology, radiological parameters updated to the RAW
treatment date or radiological control. Procedures before RAW treatment, selection, low pressure compaction, general waste
disposal, local transport.
Activities generating RAW– decontamination before dismantling, dismantling, civil surface
decontamination, dismantling of contaminated civil parts.
Liq. RAW
Thermal insulation
Cables Col. metal
Waste types
Cementation into containers for RÚ, in situ storage
Radiation control, transport
and storage in NRR
Conditioning into
containers for HÚ
Fragmentation over 3kBq/cm
2
Vitrification of high
contaminated KRAO
Cementation / fixation
into drum
Fragmentation
over 3kBq/cm2
Combustion Evaporation
Bitumenation
High pressure
compaction
Non-contaminated waste from dismantling out of KP and building
demolition
underground areas
backfilling
transport to recycling
plant
Drums longterm storage with fragmented RAW
and ingots (time decontamination)
Radiation control , unconditional ( conditional ) release in different
time stages, transport to recycling plant
Radiation control, transport and storage in IS
RAO
Other
Drums
KRAO
Compacts
Secondary RAW
Steel, Fe
Decontamination
Concrete, other
recycleabe material Metals
Other non-
recycleable waste
Material
recycling
Sewerage
water release
Special RAW
– Al, graphit
Remelting
Concrete
Waste management - Decommissioning material flow
1%
Waste management – V1 NPP Waste reduction
Dismantling and demolition of V1 NPP external buildings – Phase 1
Dismantling and demolition of V1 NPP external buildings – Phase 1
Cooling water pumping station demolition
Dismantling and demolition of V1 NPP external buildings – Phase 1
Dismantling of Insulation in the V1 NPP Contr. Area
Dismantling, sorting, decontamination, compacting, packing, transport and final disposal of thermal insulation materials from the controlled area of the V1 NPP at both Units 1 and 2.
Interim storage of RAW at Bohunice Site
• Storage of RAW (ILW) not disposable at the National Repository of RAW • Decay storage• Package forms: specialy designed casks, ISO containers, 200 l drums, Fibre-Concrete Containers
In operation since 2000• separation
• incineration
• super compacting
• concentration
• cementation
• bituminization
• vitrification
• Low level RA-water purification facility
• Metal RAW fragmentation and decontamination facility
• Sludges fixation equipment
• Equipment for sludges from longtime storage pool fixation
RAW Treatment and Conditioning Facilities
Final product: Filled fibre-concrete container (FCC)
33
National Radioactive Waste Repository in Mochovce
Úložisko povrchového typu
Final repository of very low and low level RAW for RAW from operation and decommissioning of Nuclear facilities in Slovakia, from research institutes, medical and other institutions (in operation since 2001)
InformationCentre
IRAW and CRAM Storage(in operation)
VLLWRepository(in operation)
Double rows in Operation
VLLW repository - designed for a total capacity of 68 000 m3 (will be built sequentially in three stages).
I. stage - 20 000 m3(in operation since 03/2016)
II. stage - 9 000 m3(operation since 2019)
III. stage – according to future needs
National Radioactive Waste Repository in Mochovce
Interim spent fuel storage
JAVYS is reponsible for activities in the area of spent fuel management within the Slovak Republic.
Capacity: 14 112 spent fuel assembliesNumber of storage pools: 3 in operation + 1 reserveStorage magazine types: KZ-48, T-12, T-13Max. cooling medium temperature: 50 oC
1) Performance audit by European Court of Auditors (2010)
2) Financial Audit by Moore & Stephens (2011)
3) Delegation of Members of European Parliament (2013)
4) Costs and Risk assessment by ŐKŐ Institute (2013)
5) EBRD Environmental, Health&Safety and Social Policy audit (2014)
6) Performance audit by European Court of Auditors (2015-2016)
7) Financial audit by European Court of Auditors (2015)
8) EBRD Procurement audit (2015)
9) EBRD audit on personnel costs and benefits for 2014 (2015)
10)EC Ex-ante audit (2016)
11)EBRD audit on personnel costs and benefits for 2015 (2016)
Audits of V1 NPP Decommissioning Project since 2010:
Controls and audits of performed works
37
www.javys.sk